IM111X6Q1BAUMA1

Power Driver Modules Overview

The IM111X6Q1BAUMA1 is a CIPOS Nano H-bridge integrated power module featuring CoolMOS technology. It operates with a 600V blocking voltage and includes integrated gate drivers with bootstrap functionality. The device provides overcurrent protection, fault reporting, and shoot-through prevention. It supports motor power ranges from 80W to 200W and features a 3.3V input logic compatible interface. The module utilizes a QFN 12x10mm package and offers a minimum isolation voltage of 1500VRMS.

Power Driver Modules Feature Summary

• Integrated gate drivers with bootstrap functionality
• Overcurrent protection and fault reporting capabilities
• Shoot-through protection with optimized dv/dt
• Advanced input filter for noise rejection

Power Driver Modules Applications

• Linear refrigerator compressors
• High efficiency single-phase motor drives
• DC-AC inverters

Power Driver Modules Procurement Notes

Verify the specific ordering suffix against official documentation to confirm packaging details. Confirm that the component meets industrial qualification standards as specified in JEDEC47/20/22. Ensure compatibility with the intended control logic levels before integration into the design.

Power Driver Modules Selection Notes

Select this module for applications requiring high-voltage H-bridge control within a compact footprint. Consider the thermal resistance characteristics when designing heat dissipation solutions. Verify that the operating temperature range aligns with the environmental conditions of the target application.

Power Driver Modules Part Context

This component belongs to the CIPOS Nano family of intelligent power modules. It integrates low RDS(on) CoolMOS technology with rugged driver circuits. The series is designed for advanced appliance motor drive applications, offering a balance of performance and size efficiency.

Power Driver Modules Replacement Considerations

Consult official Infineon documentation for verified substitute part numbers. Cross-reference pin configurations and electrical parameters to ensure functional equivalence without modifying the existing circuit layout.